基于物联网的SCADA与Fog集成,用于配电自动化

Rijo Jackson Tom, S. Sankaranarayanan
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引用次数: 40

摘要

我们的电网有50多年的历史了。信息技术与电网系统的融合有望解决现有电网和传统电网的许多缺点,这使得智能电网得到了广泛的关注和发展。在智能电网中,配电是一个需要监控的部分。智能电网在传感和动作方面应用了大量的技术。监控和数据采集(SCADA)系统在变电站区域内得到了很好的验证。由于地理分布的原因,在分配方面的监测很少。目前,物联网已经为将大量设备连接到互联网铺平了道路,这将对配电和自动化非常有效和有益。因此,提出了一种基于物联网的SCADA集成雾配电自动化系统,该系统可以照顾用户利用,停电管理,电能质量控制和极变压器健康。这是由雾计算支持的,它可以进行实时流分析。这有助于减少互联网带宽和即时控制动作的延迟。
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IoT based SCADA integrated with Fog for power distribution automation
Electrical Grid we have is more than 50 years old. The integration of information technology to the electric grid system is expected to address many shortcomings of the current and traditional electrical grids that have resulted in Smart Grid which is gaining lot of interest and momentum. In Smart Grid, Power Distribution is one part which requires monitoring and control. Lot of technologies and have been applied in Smart grid towards sensing and action. Supervisory Control and Data Acquisition (SCADA) system is very well proven within the substation region. There has been very less monitoring done on the distribution side due to the geographical distribution. Currently, Internet of Things has paved way for connecting huge number of devices to the Internet which would be very much effective and beneficial for power distribution and Automation. So accordingly, an IoT based SCADA integrated with Fog for Distribution Automation system has been proposed which takes care of the consumer utilization, outage management, power quality control and pole transformer health. This is supported by fog computing which does real-time streaming analytics. This helps in reducing the internet bandwidth and latency for immediate control action.
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